Research fellowships:

An honorary visiting research fellow (15th of March 2014 – 15th of September) at
Department of Electronics & Electrical Engineering, University of Liverpool, United
Kingdom

Research Experience:

 * Application of Artificial Intelligence for Image and Signal Processing Tasks.
*  Real-Time Signal & Image Processing and Pattern Recognition.
*  Radiography Industrial Applications.
*  Remote Sensing Applications.
*  Medical Image Processing.
* Mobile Communications.

 Research Interests:

Current research involves augmented reality, renewable energy, medical image processing, fatigue
detection, monitoring and characterisation of the living beings behaviour, artificial intelligence, pattern
recognition, development of novel signal and image processing techniques for the automated
processing of non-destructive testing data, image and video transmission over wireless channels,
mobile communications, security of wireless networks, information hiding and steganography,
encryption of speech signal, compression, radiography industrial applications, and radar imaging.

 Supervision of Research Projects:

1 Supervised Ph.D. Thesis :

1. "Applying Advanced Digital Signal Processing Techniques in Industrial Radioisotopes
Applications".
2. “Design and Implementation of Real-Time Digital Pulse Processor for Nuclear
Instrumentation”.
3. “Developing a Model for Securing Cancellable Biometric Verification Systems Used in
Nuclear Facilities“.
4. “Development and Efficient Implementation of New Digital Image Processing
Algorithms”.
5. "Effective Video Communication".
6. “Efficient Classification of Electrocardiogram Signals”.
7. “Efficient Cluster Reduction and Segmentation of Ultrasonic Images”.
8. “Efficient Degradation Reduction and Segmentation of Ultrasonic Images”
9. “Fingerprint Image Encryption”.
10. “Fractional Image Compression Based on Graph Theory”.
11. “Performance Enhancement of Multicarrier Modulation Techniques in Underwater
Communication Systems“.

12. “Performance optimization of Ethernet Passive Optical Networks Integrated with
WiMAX”.
13. “Polynomial Functional Link Neural Networks for Signal Processing”.
14. “Utilization of Deep Learning Techniques in Optical Networks”.
15. “Utilization of Polynomial-Based Neural Networks in Signal Analysis“.

2 Supervised M.Phil. Thesis :

1. “Analysis of Optical Funds Images”.
2. "Applications of Modern Spectroscopy Techniques for Different Media".
3. “Applying Image Processing Techniques for Tumors Detection".
4. "Automated Localization of Retinal Features".
5. "Blind Signal Separation of Convolutive Mixtures in Digital Communication Systems".
6. "Classification of Buried Objects Using Acoustic Waves".
7. "Detection of Buried Objects Using Acoustic Waves".
8. "Effective Image Transmission over Wireless Channels".
9. “Efficient Encryption of Medical Signals”.
10. "Electrocardiogram Compression".
11. "Encryption of Audio Signals".
12. "Higher Order Statistics for Distillation Columns Malfunction Identification Using Gamma
Scanning".
13. “Performance Enhancement of Photonic Crystal Fibers”.
14. “Performance Enhancement of Radar Tracking System".
15. "Processing of Ultrasonic Imaging".
16. “Quality Enhancement of Low Resolution Images”.
17. "Signal Detection Enhancement for Ultra-wideband Radars".
18. “Securing Vehicle to Vehicle Communication Systems”.
19. “Utilization of Digital and Adaptive filters in Cancellable Biometric Systems”.
20. “Utilization of Optical Techniques in Digital Image Scrambling”.
21. “Voice Quality Enhancement in Wireless Communication Systems”.